Sentence examples for computational image analysis from inspiring English sources
Computer-aided and computational image analysis has been performed since computers emerged in the 1940s, with major advances made as the acquisition, storage, analysis and manipulation of images have become cheaper and more accessible.
Recent advances in labeling, imaging, and computational image analysis are allowing quantitative measurements to be made more readily and in much greater detail in a range of organisms (e.g., Arabidopsis, Ciona, Drosophila, C. elegans, mice, Platynereis, and zebrafish) [ 1, 3– 6].
Here, we use in vitro reconstitution assays with single-molecule resolution, live-cell transport assays in primary neurons, computational image analysis, and computer simulations to investigate the factors regulating retrograde transport initiation in the distal axon.
The most recent of these attempts employed a combination of high-resolution imaging (using SEM) and computational image analysis to identify 12 species of extant grass pollen based on the size and shape of sculptural elements on the pollen surface and the complexity of the ornamentation patterns they form (Mander et al., 2013).
OA and AI were calculated by computational image analysis while TB and EE were manually measured.
Computational image analysis and machine learning techniques can assist experts to identify abnormalities in these images.
These coats were imaged using an electron microscope, and the images were analysed using computational image-analysis methods.
Please refer to Additional file 1 for detailed description of computational infrastructure, image analysis, and data normalization.
Initially, it will have two core research agendas: the study of how information is processed in neuronal circuits, and the development of imaging technologies and computational methods for image analysis.
His research interest covers computational modeling of biological vision perception, and applications in computer vision, image analysis and object recognition based on statistical learning, medical image processing and analysis, interpretation of remote sensing images, and intelligent video surveillance.
Therefore, a single snapshot of the gold electrode is used in all simulations as to reasonably simplify both computational effort and image analysis.
